Energieforschung@LUH Research
Thermal and electrochemical energy conversion

Thermal and electrochemical energy conversion

An important area of expertise in the context of technology development lies in the field of thermal and electrochemical energy conversion, with the fields of technical thermodynamics/heat transfer, combustion technology, thermal turbomachinery and water electrolysis represented at Leibniz Universität Hannover. This area is particularly important when direct electrical energy conversion routes are technically impractical or not feasible or when there is an interdependence with material utilization routes.

Mastering the dynamics of mechanical, chemical and thermal conversion processes is another focus of interdisciplinary research at Leibniz Universität Hannover. At the heart of this is the Dynamics of Energy Conversion (DEW) research network, which also brings together various specialist disciplines in one research building.

Selected infrastructures and laboratories related to research in the field of thermal and electrochemical energy conversion

Selected projects from the field of Thermal and electrochemical energy conversion

Showing results 31 - 35 out of 44

SEGIWA: FleetTwin-LUH

Hanke-Rauschenbach, R. (Principal Investigator)

1 May 202130 Sept 2025

Project: Research

H2-Wegweiser Niedersachsen: Energy system analysis for the technical, economic and social integration, storage and conversion of hydrogen in Lower Saxony

Hanke-Rauschenbach, R. (Principal Investigator)

1 May 202131 Aug 2024

Project: Research

WaVe: Innovationslabor: Nachhaltige Wasserstoff-Verbrennungskonzepte

Dinkelacker, F. (Principal Investigator), Seume, J. R. (Principal Investigator) & Scharf, R. (Principal Investigator)

1 May 202131 Oct 2024

Project: Research

InnoEly: Water electrolysis innovation lab: Modelling and characterization tools for the development of water electrolysers - from material to system

Hanke-Rauschenbach, R. (Principal Investigator) & Kabelac, S. (Co-Principal Investigator)

1 May 202131 Aug 2024

Project: Research

HyThroughGen: Development of a high-throughput method for determining material performance and material ageing in full cells

Hanke-Rauschenbach, R. (Principal Investigator)

1 Apr 202131 Mar 2025

Project: Research


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